Electromagnetic Theory¶
Heaviside, O. (1893). Electromagnetic Theory. The Electrician Publishing.
Cited by¶
2 citations across 2 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Impedance Mismatch and Coupling Efficiency
- The assumption is binary: you must sacrifice one to gain the other, whereas the impedance-as-interface formulation that Heaviside (1893) introduced for transmission lines reframes the problem as one of geometric matching rather than scalar choice.
This source(The originating treatment of operational calculus for linear circuits; codifies the superposition theorem and the use of differential-operator algebra to solve linear ODE systems arising in circuit analysis. Foundational for what becomes Laplace-transform-based circuit theory in the 20th century.)
- The assumption is binary: you must sacrifice one to gain the other, whereas the impedance-as-interface formulation that Heaviside (1893) introduced for transmission lines reframes the problem as one of geometric matching rather than scalar choice.
- Linearity
- Circuits and electromagnetism → Kirchhoff's law solutions via the superposition theorem (Heaviside-era operational calculus
This source(The originating treatment of operational calculus for linear circuits; codifies the superposition theorem and the use of differential-operator algebra to solve linear ODE systems arising in circuit analysis. Foundational for what becomes Laplace-transform-based circuit theory in the 20th century.)
- Circuits and electromagnetism → Kirchhoff's law solutions via the superposition theorem (Heaviside-era operational calculus
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